def sync(self, name, addr, rpc_port, stream_port):
if self.value != None:
self.close()
try:
value = krpc.connect(name=name,
address=addr,
rpc_port=rpc_port,
stream_port=stream_port)
self.value = value
self.name = name
self.addr = addr
self.rpc_port = rpc_port
self.stream_port = stream_port
self.connected = True
self.synced.emit()
show_info(
"Connection established.", "Successfully\
connected to %s." % addr, "Connected to %s as %s\
with rpc and stream ports respectively %s and %s" %
(addr, name, rpc_port, stream_port))
except (socket_error) as serr:
if serr.errno == errno.ECONNREFUSED:
show_error("Connection refused.", None, None)
else:
raise serr
except krpc.error.ConnectionError as cerr:
show_error("Connection Error.",
"Connection to krpc server raised error.", str(cerr))
def extract_subtitles_batch(data):
for settings in data:
val_to_utf8_str(settings, ['input_dir', 'output_dir'])
check_dirs(settings)
input_lang = 'zh-TW'
output_lang = 'zh-TW'
extension = 'vtt'
if 'input_lang' in settings:
input_lang = to_utf8_str(settings['input_lang'])
if 'output_lang' in settings:
output_lang = to_utf8_str(settings['output_lang'])
if 'extension' in settings:
extension = to_utf8_str(settings['extension'])
get_it_path, get_ot_path = gen_path_tools(settings,
['input_dir', 'output_dir'])
input_names = filter(filter_media, listdir(settings['input_dir']))
input_paths = map(get_it_path, input_names)
output_paths = map(get_ot_path, input_names)
output_paths = map(gen_extend_path('-', extension), output_paths)
final_settings = []
for i in range(len(input_names)):
final_settings.append({
'input_path': input_paths[i],
'output_path': output_paths[i],
'input_lang': input_lang,
'output_lang': output_lang,
'extension': extension,
})
show_info('Input', settings['input_dir'])
start = time.time()
extract_subtitles(final_settings)
show_time(start)
show_info('Input', settings['input_dir'], is_end=True)
def unsync(self):
if self.value != None:
self.value.close()
self.value = None
self.name = None
self.addr = None
self.rpc_port = None
self.stream_port = None
self.connected = False
self.unsynced.emit()
show_info("Connection terminated.", None, None)
def gen_subclip(input_dir, output_dir, input_name, intervals):
input_path = path.join(input_dir, input_name)
for idx, x in enumerate(intervals):
output_path = get_output_path(output_dir, input_name, idx, x)
cmd = ['pipenv', 'run', 'python', 'cut.py']
args = [
input_path,
str(x['start_time']),
str(x['end_time']), output_path
]
show_info('', output_path, level=2)
st_time = time.time()
subprocess.call(cmd + args)
show_time(st_time)
show_info('', output_path, is_end=True, level=2)
def filter_simple_wifi(params):
params['subject'] = "Filter WIFI Graphic "
email_response = utils.show_info(params) + "\n"
path_real, database_name = utils.download_database(params['filename'], full_path = False)
only_name = database_name[:database_name.rfind(".")]
params["all_time"] = utils.get_datetime() #TIME
params["a_func"] = utils.get_datetime() #TIME
try:
email_response += "Exporting data (WIFI) ..."
export_csv ="filter_wifi%s" % (only_name+".csv")
wifi_list_mac, wifi_list_name = utils.parse_wifi_list(params['wifi_list'])
ExportWifi(wifi_list_mac,wifi_list_name,params['is_blacklist']).run(path_real+database_name,path_real+export_csv)
except Exception as e:
return utils.get_error(e, params)
time_txt = utils.end_func("CSV conversion",params["a_func"])
email_response += "OK\n"
email_response += "\n CSV file = "+utils.create_link(params['KEY_IML'],str(path_real),str(export_csv))+"\n\n\n"
email_response += time_txt
try:
email_response += "Building Graphic (Bluetooth) ..."
path_graphic ="filter_wifi_%s" % (only_name+".pdf")
WifiGraphic().run(path_real+export_csv,path_real+path_graphic)
except Exception as e:
return utils.get_error(e, params)
time_txt = utils.end_func("Graphic creation",params["a_func"])
email_response += "OK\n"
email_response += "\n Graphic = "+utils.create_link(params['KEY_IML'],str(path_real),str(path_graphic))+"\n\n\n"
email_response += time_txt
email_response += utils.end_func("All process",params["all_time"])
return utils.response_email(params['email'],params['subject'], email_response)
def continue_ML(params):
params["email_response"] = utils.show_info(params) + "\n"
params["only_database_name"] = params['filename'][:params['filename'].rfind(".")]
params["subject"] = "Machine Learning - Results (Continue)"
params["all_time"] = utils.get_datetime() #TIME
if params['level_html'] == 1:
params['csvfile'] = params['filename']
df = E_pre_processing(params)
E_clustering(df,params)
E_graphic(params)
elif params['level_html'] == 2:
params['csvpreprocessing'] = params['filename']
df = pd.read_csv(open(params['path_real']+params["csvpreprocessing"],"r"), sep=',', header=0, index_col=0)
E_clustering(df,params)
E_graphic(params)
elif params['level_html'] == 3:
params['csvcluster'] = params['filename']
E_graphic(params)
params["email_response"] += utils.end_func("All process",params["all_time"])
print params["email_response"]
return utils.response_email(params['email'],params["subject"], params["email_response"])
def show_id(show_id):
sectionTemplate = "./templates/show.tpl"
sectionData = utils.show_info(show_id)
try:
return template("./pages/index.html",
version=utils.getVersion(),
sectionTemplate=sectionTemplate,
query=sectionData)
except:
return template("./pages/index.html",
sectionTemplate="./templates/404.tpl",
version=utils.getVersion(),
sectionData={})
def exec_ML(params):
params["email_response"] = utils.show_info(params) + "\n"
params["subject"] = "Machine Learning - Results (With Filter)"
E_get_database(params)
E_export_csv(params)
df = E_pre_processing(params)
E_clustering(df,params)
E_graphic(params)
params["email_response"] += utils.end_func("All process",params["all_time"])
# print params["email_response"]
return utils.response_email(params['email'],params["subject"], params["email_response"])
async def login():
user_id, login_token = utils.get_user_id(), utils.get_login_token()
just_logged_in = False
if not user_id or not login_token:
#webbrowser.open(SERVER_HOST + '/local-products-login?port='+str(LOCAL_SERVER_PORT), new=0, autoraise=True)
await utils.show_info(
"Sincronizador de archivos",
"No hay ningún usuario guardado. Inicia sesión...")
user_mail, password = await authenticate_box.ask_login()
if user_mail == None or password == None:
exit()
#user_mail= (await aioconsole.ainput("Correo electrónico: ")).strip()
#password= (await aioconsole.ainput("Contraseña: ")).strip()
try:
user_id, login_token = await server.login(mail=user_mail,
password=password)
except RemoteException as e:
await utils.show_warning("Linarand sincronizador de archivos",
"Hubo un problema. " + str(e))
return await login()
utils.set_user_id(user_id)
utils.set_login_token(login_token)
utils.save_data()
just_logged_in = True
try:
username = await server.authenticate(user_id=user_id,
token=login_token)
except RemoteException as e:
await utils.show_warning(
"Sincronizador de archivos",
"Hubo un problema. " + str(e) + ". Eliminando usuario")
utils.set_user_id(None)
utils.set_login_token(None)
utils.save_data()
return await login()
if just_logged_in:
asyncio.ensure_future(
utils.show_info(
"Sincronizador de archivos",
"Sesión iniciada como %s. Puedes ir a la página de Ingeniería Linarand y sincronizar los archivos que desees desde este equipo."
% username))
def main():
"""
# Examples to run this script
## Example 1: feed arguments from a yaml/yml file
* Step 1. Edit your yaml file,
```
$ vim my_settings.yaml
```
The following is the yaml/yml file example
```
---
data:
- input_dir: input_videos_1
output_dir: output_videos_1
combnations:
- input_name: 1-final-a.mp4
intervals:
- start_time: 0.50
end_time: 1.56
- start_time: 1.00
end_time: 2.00
- input_name: 2-final-a.mp4
intervals:
- start_time: 0.50
end_time: 1.56
- start_time: 1.00
end_time: 2.00
- input_dir: input_videos_2
output_dir: output_videos_2
combnations:
- input_name: 1-final-b.mp4
intervals:
- start_time: 0.50
end_time: 1.56
- start_time: 1.00
end_time: 2.00
- input_name: 2-final-b.mp4
intervals:
- start_time: 0.50
end_time: 1.56
- start_time: 1.00
end_time: 2.00
...
```
* Step 2. Run the command
```
$ pipenv run python cut_batch.py my_settings.yaml
```
If you don't provide a yaml file and then run the command like this:
```
$ pipenv run python cut_batch.py
```
"cut_batch.py" would automatically use "cut_batch.yaml" as default;
if "cut_batch.yaml" does not exist, the program would raise error.
"""
yaml_path = get_yaml_path('cut_batch.yaml')
config = read_yaml(yaml_path)
global_start = time.time()
for settings in config['data']:
val_to_utf8_str(settings, ['input_dir', 'output_dir'])
check_dirs(settings)
show_info('Input', settings['input_dir'])
build_subclips(settings)
show_info('Input', settings['input_dir'], is_end=True)
show_time(global_start, prefix='Total')
def exec_ML_1(params):
params['subject'] = "Machine Learning - Results"
email_response = utils.show_info(params) + "\n"
try:
email_response += "download database ..."
path_real, database_name = utils.download_database(params['filename'], full_path = False)
except Exception as e:
return utils.get_error(e, params)
email_response += "OK\n"
email_response += "\n Database = "+utils.create_link(params['KEY_IML'],str(path_real),str(database_name))+"\n\n\n"
params['path_real'] = path_real
params['database_name'] = database_name
params["only_database_name"] = database_name[:database_name.rfind(".")]
params["all_time"] = utils.get_datetime() #TIME
params["a_func"] = utils.get_datetime() #TIME
try:
email_response += "Converting csv ..."
params["csvfile"] = params["only_database_name"]+".csv"
export_csv.run(
inputfile=path_real+database_name,
outputfile=path_real+params["csvfile"],
bluetooth=params['bluetooth'],
wifi=params['wifi'],
sensorhub=params['optimzation_sensor_hub'],
battery=True if params['optimzation_sensor_hub'] else False ,
optimize=params['optimzation_sensor_hub'],
)
except Exception as e:
return utils.get_error(e, params)
time_txt = utils.end_func("CSV conversion",params["a_func"])
email_response += "OK\n"
email_response += "\n CSV file = "+utils.create_link(params['KEY_IML'],str(path_real),str(params["csvfile"]))+"\n\n"
email_response += time_txt
params["a_func"] = utils.get_datetime() #TIME
try:
email_response += "PreProcessing ..."
df = pd.read_csv(open(path_real+params["csvfile"],"r"), sep=',', header=0, index_col=0)
pre_processing = pre.PreProcessing(df,norm=params['optimzation_sensor_hub'])
df = pre_processing.build()
df.to_csv(path_real+"pre_processing"+params["csvfile"], sep=',', encoding='utf-8', header=True)
except Exception as e:
return utils.get_error(e, params)
time_txt = utils.end_func("PreProcessing",params["a_func"])
email_response += "OK\n"
email_response += "\n CSV PreProcessing = "+utils.create_link(params['KEY_IML'],str(path_real),path_real+"pre_processing"+params["csvfile"])+"\n\n"
email_response += time_txt
params['csvpreprocessing'] = path_real+"pre_processing"+params["csvfile"]
params["a_func"] = utils.get_datetime() #TIME
try:
email_response += "Clustering ..."
labels, n_clusters = Clustering(df, mode="fixed_k", n_clusters=int(params['number'])).clusterize()
timestamp = list(df.index)
params['csvcluster'] = str(params['number'])+"clusters"+params["only_database_name"]+".csv"
with open(path_real+params['csvcluster'], 'w') as f:
f.write("timestamp,clusters\n")
for i in range(len(labels)):
f.write("{},{}\n".format(timestamp[i],labels[i]))
except Exception as e:
return utils.get_error(e, params)
time_txt = utils.end_func("Clustering",params["a_func"])
email_response += "OK\n"
email_response += "\n CSV MachineLearning = "+utils.create_link(params['KEY_IML'],str(path_real),str(params['csvcluster']))+"\n\n"
email_response += time_txt
params["a_func"] = utils.get_datetime() #TIME
try:
email_response += "Creating graphic..."
params['pdfgraphic'] = (params["only_database_name"]+".pdf").replace("(","").replace(")","")
print "Rscript machine_learning/pdf/pdf_lines.R \""+path_real+params['csvcluster']+"\" \""+path_real+params['pdfgraphic']+"\""
os.system("Rscript machine_learning/pdf/pdf_lines.R \""+path_real+params['csvcluster']+"\" \""+path_real+params['pdfgraphic']+"\"")
except Exception as e:
return utils.get_error(e, params)
time_txt = utils.end_func("Graphic creation",params["a_func"])
email_response += "OK\n"
email_response += "\n Graphic = "+utils.create_link(params['KEY_IML'],str(path_real),str(params['pdfgraphic']))+"\n\n"
email_response += time_txt
print email_response
email_response += utils.end_func("All process",params["all_time"])
return utils.response_email(params['email'],"Machine Learning - Results", email_response)
SIMPSON,
)
from distributions import (UniformDistribution, SequenceMixin,
ExponentialDistribution, GammaDistribution,
TriangularDistribution, SimpsonDistribution,
GaussDistribution)
from lemer import LemerGenerator
from utils import (checks_on_circumstantial_evidence, show_info,
calculate_period)
if __name__ == '__main__':
# Lemer Generator
lemer = LemerGenerator(A, R0, M, LEMER_N)
show_info(lemer, LEMER)
checks_on_circumstantial_evidence(lemer.sequence)
print()
calculate_period(lemer.sequence)
print()
temp = SequenceMixin(lemer.sequence)
# in each distribution below params are set for the best visualisation of distribution histograms
# lab with this values was successfully passed
# all params were set by the educator to show right work of the algorithms
# math characteristics are calculated by numpy functions based on real got values
# theoretical characteristics don't satisfy the educator
# Uniform Distribution
def redirect_to_show_id(show_id):
sectionData = utils.show_info(show_id)
return template("./templates/show.tpl",
version=utils.getVersion(),
result=sectionData)
